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¤@¡BµL¾÷¤Æ¾Ç²¤¶ (An Introductory Survey of inorganic chemistry)¡G                1 h

¶g´Áªí, ¤Æ¾Çµ²ºc»P¤Æ¾ÇÁä(Periodic system, Structure and Bonding)

¦X¦¨, ¤ÏÀ³»P¾÷ºc±´°Q(Synthesis, Reaction and Mechanism)

¤G¡B­ì¤lµ²ºc(The Structure of the Atom)¡G  4 h

¦h¹q¤l¤§­ì¤lµ²ºc»P¶g´Áªí(Polyelectronic Atomic Structure and Periodic System)

¨u±o©w«ß,¶øºÖÄ_³W«h,¹q¤l¶³¾B½ª®ÄÀ³(Hund¡¦s rule, Aufbau principle, nuclear shielding)

´åÂ÷¯à,¹q¤l¿Ë©M¤O,»P¹q­t«×(Ionic energy, electronic affinity, and electronegativity )

¶µ¦¸²Å¸¹»P¯à¶¥(Term symbol & energy state)

¤T¡B¤Æ¾ÇÁä¼Ò«¬(Bonding Models)¡G    3 h

¦@»ùÁä(The Covalent Bond)                          

»ùÁä²z½×¤Jªù(Valence Bond approaches)                      

    ²V¦¨»P«D©w°ì¤Æ(Hybridization and delocalization)

¤À¤l§Îª¬(Molecular Shape)                              

    »ù´ß¹q¤l¹ï±Æ¥¸²z½×(VSEPR)

¹êÅç¤èªk¨M©w¹q²ü¤À¥¬(Experimental determination of Charge Distribution)

¤À¤l¶¡§@¥Î¤O(Intermolecular forces)                        

¥|¡B¹ïºÙ(Symmetry)¡G 10 h

¹ïºÙ¤¸¯À»P¹ïºÙ¾Þ§@(Symmetry elements and symmetry operations)           

¹ïºÙÂI¸s(Symmetry point groups)                        

¯Å,ªí¼x»P¼xªí(Class, representations and character tables)

¹ïºÙ©Ê¤§¤Æ¾ÇÀ³¥Î(Chemical applications of symmetry)

¤­¡B¤À¤l­y°ì(Molecular orbitals)¡G    8 h

Âù­ì¤l,¤T­ì¤l»P¦h­ì¤l¤À¤l(Diatomic, triatomic and larger molecules)

¨ãp Á䤧¥­­±Àôª¬¤À¤l(Cyclic-planar p molecules)

¤»¡B»Ä»PÆP(Acids and Bases)¡G      8 h

ªü·ç¥§¯÷²z½×»P¤ô·»²G¤¤¤§»ÄÆP(Arrehnius Theory and Acids/Bases in Aqueous Solutions)

»ÄÆP±j«×(Acid- Base Strength)

·»²G¼Ð©w(Solvent leveling)

¥¬®Ô´µ¯S-³Ò·ç²z½×(Bronsted-Lowry Theory)

úAÂ÷¤l(Hydronium ion)

¦@³m»ÄÆP¹ï(Conjugated acid-base)

«D¤ô·»²G¨t²Î (LuxÆ[ÂI) (Non-aqueous solution systems (Lux Concept))

§t®ñ»Ä¤¶²Ð(Descriptive - Oxoacids)

¸ô©ö¤h»ÄÆP©w¸q(Lewis Definition of Acid/Base)

­y°ì¼Ò«¬¤§´y­z(Definition and Orbital Model)

»ÄÆP»¡©ú(Descriptive)

¿Ë¹q¤l©Ê»P¿Ë½è¤l©Ê(Electron Affinity versus Proton affinity)

·PÀ³,¦@®¶,»P¥ßÅé®ÄÀ³(Inductive, resonance, and steric effects)

»ÄÆP¤§³nµw«×(Hard-Soft Acid-Base)

µw«×»P³n«×(Hardness and Softness)

ºØÃþ»P¤ÏÀ³(Descriptive and Reactions)

¤C¡B®ñ¤Æ»PÁÙ­ì(Oxidation and Reduction)¡G 7 h

¼ö¤O¾Ç(Thermodynamics)

¥b¹q¦À¤ÏÀ³¤O, ¿øªº¥b¹q¦À¹q¦ì¹Ï, ¦Û¥Ñ¯à, ¯à´µ¯S¤èµ{¦¡(Half cell emf, Emf diagrams (Manganese), Free Energy, Nernst equation)

¹q¦ì¤§¹Ï§Îªí¥Üªk(Diagrammatic Presentation of Potentials)

°Ê¤O¦]¯À(Kinetic factors)

¥ñ¦w¹q¦ì­p(Cyclic voltammetry)

«D§¡ºÙ¤Æ(Disproportionation)

¹q¤lÂಾ(Electron transfer)

±Ô­z¤Æ¾Ç»P¤u·~À³¥Î(Descriptive and Industrial applications)

²B»P®ñ(Hydrogen and oxygen)

¤ô¤§®ñ¤ÆÁÙ­ì¤ÏÀ³(Redox reactions of water)

§Mª÷¾Ç(Metallurgy)

 

¤K¡B¶g´Áªí(Periodicity)¡G  3 h

²Ä¤@¦C»P²Ä¤G¦C¤¸¯À(First-and Second-row Elements)

ª÷ÄÝ»P«Dª÷Äݤ§©Ê½è¤¶²Ð(General Periodic Trends for Metals & Nonmetals)

p »P d ­y°ì¤§À³¥Î»P¬¡©Ê(Use of p and d Orbitals and Reactivity)

¦X­p    44 h